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This task shows you how to create a corner
between two curves or between a point and a curve. |
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Open the
Corner1.CATPart document. |
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Click Corner
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The Corner Definition dialog box appears. |
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Deselect Corner On Vertex.
To create a corner on a vertex, see below. |
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Select a curve or a point as first reference element.
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Select a curve as second reference element.
The corner will be created between these two references. |
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Select the Support surface. It can be a
surface or a plane. Here we selected the zx plane.
The resulting corner is a curve seen as an arc of
circle lying on a support place or surface. |
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The reference elements must lie on
this support, as well as the center of the circle defining the
corner. |
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Enter a Radius value.
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Several solutions may be
possible, so click Next Solution to move to another corner
solution, or directly select the corner you want in the geometry.
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Not all four solutions are always available, depending
on the support configuration (if the center of one of the corners
does not lie on the support for example). |
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You can check Trim elements if you want to
trim and assemble the two reference elements to the corner.
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The elements can be trimmed and assembled
individually. |
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Click OK to create the corner.
The corner (identified as Corner.xxx) is added to the
specification tree. |
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Creating a Corner on Vertex
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Corner On Vertex enables you to create a corner by selecting
a point or a curve as Element 1 (Element 2 is grayed as well as the Trim
Element 1 and 2 options). |
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Make sure Corner on Vertex is selected. |
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Click Corner
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The Corner Definition dialog box appears. |
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Select a point as Element 1.
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Click OK.
The corner (identified as Corner.xxx) is added to the
specification tree. |
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- When the selected curves are coplanar, the default
support is the background plane. However, you can explicitly select any
support.
- When the selected curves are not coplanar, an
implicit plane is created between the edges of these curves. However, you
can explicitly select any support.
- You can edit the corners' parameters. Refer
to
Editing Parameters to find out how to display these parameters in the
3D geometry.
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